def test_echo():
n = network.Server()
n.add_server(PORT, EchoServer)
c = n.add_connection(('localhost', PORT), EchoClient)
while c.is_open: # keep going until the client closes
n.service()
n.close()
def test_accept():
n = network.Server()
n.add_server(PORT, AcceptServer)
c = n.add_connection(('localhost', PORT),
network.BasicHandler) # random connection
while c.is_open:
n.service()
n.close()
def test_no_ssl_server():
n = network.Server()
n.add_server(PORT, PlainServer) # non-ssl server
c = n.add_connection(('localhost', PORT), Client, ssl=True) # ssl client
while c.is_open:
n.service()
n.close()
assert c.is_failed_handshake # ends badly
def test_success():
n = network.Server()
n.add_server(PORT,
network.BasicHandler,
ssl=True,
ssl_certfile='cert/cert.pem',
ssl_keyfile='cert/key.pem') # self-signed certs
c = n.add_connection(('localhost', PORT), SuccessClient, ssl=True)
while c.is_open:
n.service()
n.close()
assert c.is_failed_handshake is False # ssl handshake worked
def test_success():
n = network.Server()
cert_dir = os.path.dirname(__file__) + '/cert/'
certfile = cert_dir + 'cert.pem'
keyfile = cert_dir + 'key.pem'
n.add_server(PORT,
network.BasicHandler,
ssl=True,
ssl_certfile=certfile,
ssl_keyfile=keyfile) # self-signed certs
c = n.add_connection(('localhost', PORT), SuccessClient, ssl=True)
while c.is_open:
n.service()
n.close()
assert c.is_failed_handshake is False # ssl handshake worked
print 'close: %s' % self.close_reason
def on_ready(self):
print 'sending'
self.send(b'GET / HTTP/1.1\r\n\r\n')
def on_send_complete(self):
print 'send complete'
def on_data(self, data):
print 'new chunk of data:'
print data
print
n = network.Server()
c = n.add_connection(('www.google.com', 80), Google)
# c = n.add_connection(('www.google.com', 443), Google, ssl=True)
while True:
'''
this is an easy way to figure out how to stop, but not
very useful in real applications, for two reasons:
1. a painful delay is added at the end
2. a network delay encountered during connection
or while sending or receiving data might cause
a premature exit from the loop.
since this is an HTTP connection, using an
http.HTTPHandler would allow for more accurate
determination of a complete network exchange.